Given a system consists of eight spin magnetic particles, with applied field B. (a) Show...

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Given a system consists of eight spin ½ magnetic particles, with applied field B. (a) Show all possible states (i.e. microstates), distinct energy levels of the system, E₁, and the corresponding degeneracies, għ of the system in a table. Note: Magnetic moment of h = μ. (b) At temperature corresponding to kB T₁ = 1 x× 10³ µB, (i) determine the partition function of the system and calculate the probabilities for E, in (a), show your work out and answers in a table, and (ii) plot the probability distributions for E; in a bar-chart. Given a system consists of eight spin ½ magnetic particles, with applied field B. (a) Show all possible states (i.e. microstates), distinct energy levels of the system, E₁, and the corresponding degeneracies, għ of the system in a table. Note: Magnetic moment of h = μ. (b) At temperature corresponding to kB T₁ = 1 x× 10³ µB, (i) determine the partition function of the system and calculate the probabilities for E, in (a), show your work out and answers in a table, and (ii) plot the probability distributions for E; in a bar-chart.

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a For a system of 8 spin12 particles Each particle can have a spin of ... View the full answer